In this study, we tackle the challenge of optimizing Wi-Fi signal performance through
strategic access point (AP) placement, employing genetic algorithms (GAs) to address the …

The purpose of Wi-Fi access point (AP) deployment is for users to receive ubiquitous
communication quality. Therefore, developing methods for APs to achieve specific levels of …

Wi-Fi networks are increasingly used for high-speed wire less connectivity in the home,
office, and in public hotspots. Wi-Fi networks are designed based on the family of IEEE …

The demand of mobile traffic increases tremendously as various Internet services are
provided to mobile phones and computing devices, making mobile carriers to increase …

In this paper, we present optimization approaches for Access Point (AP) location and
frequency assignment, two major planning tasks in deploying Wi-Fi networks. Since APs are …

With the increasing use of Wi-Fi in our devices at home and in offices, etc. it's imperative to
connect to an AP which provides seamless and smooth performance. This research paper …

In this work, we propose a genetic algorithm-based Wi-Fi-tuning platform to facilitate network
administrators in coping with the co-channel interference triggered by other wireless …

This paper addresses the problem of access point (AP) selection in large Wi-Fi networks.
Unlike current solutions that rely on received signal strength to determine the best AP that …

In this paper, we propose an optimization approach for designing WLAN networks in an
Indoor environment. This approach integrates all relevant parameters to find the optimal …

The continuous growth of IoT devices that use the 2.4 GHz radio spectrum has motivated
research about spectrum occupancy, mainly the dynamic assignment optimization problem …